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Bedside patient monitor PVM-4763 / 4733 is a complex system designed for tracking, displaying and registering physiological parameters of vital activity in adult patients, children and newborns. The monitor is equipped with a color display and is designed for monitoring one patient. Light weight, the possibility of completing with a handle for mounting on the bed and working from a battery of up to 4 hours allow these monitors to be used for intrahospital transportation.
PVM-4763 and PVM-4733 models differ in pulse oximetry modules. PVM-4763 is equipped with Nihon Kohden BluPRO SpO2 module, PVM-4733 is equipped with Masimo SpO2 module and is mainly used for newborns. A unique feature of the PVM-4763 monitors is the presence among the basic monitoring parameters of PWTT (pulse wave transit time - a non-invasive parameter that indicates changes in blood pressure and triggers an emergency measurement of NIAT) and esCCO (non-invasive continuous calculation of cardiac output). PWTT and esCCO do not work with the Masimo pulse oximetry module.
· The PVM-4763 / 4733 monitor is used to display the basic parameters of the patient's vital activity (ECG, NIAT, temperature, SpO2, HR, BP) on the screen and provide alarm signals. In addition, apnea detection and arrhythmia monitoring are supported.
· The monitor has 2 universal connectors for connecting external modules that allow you to monitor additional parameters - CO2 in the main flow in intubated and non-intubated patients (CapONE capnograph) and IAP.
Helps visualize the surface and edges of anatomical structures by enhancing the local variation of light and dark areas;
Used to emphasize surface irregularities with lower brightness intensity by enhancing the blue component;
Helps visualize the surface and edges of anatomical structures by enhancing the local variation of light and dark areas;
Expanding the depth of visibility range allows you to adjust the brightness levels of deep dark parts of endoscopic images.
Capture the best image with Auto Sharpness. The processor automatically searches for the sharpest image, comparing sharpness and suggesting the best option to save.
Helps visualize the surface and edges of anatomical structures by enhancing the local variation of light and dark areas;
Used to emphasize surface irregularities with lower brightness intensity by enhancing the blue component;
Helps visualize the surface and edges of anatomical structures by enhancing the local variation of light and dark areas;
Expanding the depth of visibility range allows you to adjust the brightness levels of deep dark parts of endoscopic images.
Capture the best image with Auto Sharpness. The processor automatically searches for the sharpest image, comparing sharpness and suggesting the best option to save.
View saved on-screen video images on the 7” touch display to create documentation and archive patient data.
You can count on high image quality from INSPIRA, even if you are using endoscopes from previous generations.
Helps visualize the surface and edges of anatomical structures by enhancing the local variation of light and dark areas;
Used to emphasize surface irregularities with lower brightness intensity by enhancing the blue component;
Helps visualize the surface and edges of anatomical structures by enhancing the local variation of light and dark areas;
An alternative method of improving the visibility of blood vessels emphasizes the mucosal microvascular network and fine mucosal structures by using a light source with a limited spectral band.
Auto-HDR (High Dynamic Range) technology expands the dynamic range, deepens contrast and provides richer colors, increasing maximum brightness and black depth, creates a wide color gamut, allows you to brighten dark areas of the endoscopic image, reducing noise.
Expanding the depth of visibility range allows you to adjust the brightness levels of deep dark parts of endoscopic images.
Capture the best image with Auto Sharpness. The processor automatically searches for the sharpest image, comparing sharpness and suggesting the best option to save.
Visualization of the level of density of the red color using a color map and numerical values of the density itself provides an idea of the presence and severity of the inflammatory process in nonspecific ulcerative colitis.
Real-time visualization of two video images simultaneously. One in natural white light and the other with the use of digital and optical filters. Allows you to identify areas of pathology at a glance.
You can count on high image quality from INSPIRA, even if you are using endoscopes from previous generations.
Helps visualize the surface and edges of anatomical structures by enhancing the local variation of light and dark areas;
Used to emphasize surface irregularities with lower brightness intensity by enhancing the blue component;
Helps visualize the surface and edges of anatomical structures by enhancing the local variation of light and dark areas;
An alternative method of improving the visibility of blood vessels emphasizes the mucosal microvascular network and fine mucosal structures by using a light source with a limited spectral band.
Real-time visualization of two video images simultaneously. One in natural white light and the other with the use of digital and optical filters. Allows you to identify areas of pathology at a glance.
Easy access to all functions and settings, the ability to quickly change settings during research.
· Improving the diagnosis of ENT pathology.
· HD video recording system allows you to save video and document clinical data.
· Ensuring rapid diagnosis by performing effective studies with a high level of reliability.
· The very small diameter of the working part (only 3 mm) allows the procedure to be carried out with maximum comfort for the patient.
· The unique flexibility of the inserted tube ensures smooth advancement of the endoscope and convenience of the procedure.
· Optimized steering mechanism for easy and fast control of the movement of the distal end of the endoscope.
· During its development, the VIVIDEO system won the Red Dot Awards in the field of medicine. The Red Dot Awards are the world's largest and most prestigious awards in the field of industrial design. An expert jury selects the winners based on the level of innovation, functionality, quality, ergonomics, durability, environmental friendliness and other criteria.
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